30results about How to "Realize remote management and control" patented technology

The invention discloses a server, an intelligent terminal and a remote management method of the intelligent terminal. The remote management method includes the steps that the intelligent terminal sends a remote management application to the server periodically, wherein the remote management application carries Android application information already installed in the intelligent terminal so as to enable the server to feed back a corresponding remote operation instruction; the intelligent terminal receives and executes the remote operation instruction fed back by the server. According to the server, the intelligent terminal and the remote management method of the intelligent terminal, the intelligent terminal side can not actively carry out the operation like Android application installation, upgrade and uninstall, so the remote management control over the intelligent terminal is achieved. The server, the intelligent terminal and the remote management method of the intelligent terminal can be applied to large-scale places with a lot of people, and the use safety of the intelligent terminal and the safety of the places can be guaranteed.

The invention discloses an electronic fence control system and control method based on an intelligent terminal. The electronic fence control system comprises a plurality of electronic fence defense areas, and each electronic fence defense area comprises an electronic fence, a pulse host, an alarm unit and a data acquisition unit. The electronic fence control system comprises a central server, a data center, a main control center, a mobile control end and a plurality of branch control centers, wherein the central server and the data center comprises a central server and a data storage server. Each electronic fence defense area further comprises a centralized control server. The electronic fence control method based on the intelligent terminal comprises the following steps: acquiring data of the pulse host; acquiring data of a tension detector; analyzing data of the centralized control server; receiving and forwarding alarm information by using the main control center. By adopting a centralized control management method, performing remote control management, through the Internet and performing control management through the mobile terminal, unattended operation of a monitoring area can be realized. By adopting distributed multi-stage management, a plurality of protection areas can be supervised at the same time, and high intelligence degree, safety and reliability are realized.

The invention provides an equipment health monitoring method and device based on AIoT (Artificial Intelligence and Internet of Things). The method comprises the steps of collecting an equipment current related signal, converting the equipment current related signal into data, processing the data to calculate current signal frequency domain data and / or equipment real-time power, encrypting the datathrough an Internet of Things encryption lock, and transmitting the data to the cloud; and comparing the processed current frequency domain data and / or equipment power with a fault library of the cloud based on the fault library stored in the cloud, realizing fault analysis, prediction, early warning and whole equipment life cycle monitoring of the equipment, and remotely controlling the equipment according to a rule preset by a user. The electric equipment health monitoring method and device provided by the invention are realized based on the Internet of Things technology, the equipment operation current data can be dynamically acquired in real time, and intelligent and remote control of the equipment and accurate fault analysis and prediction can be realized based on artificial intelligence analysis of historical data and cloud big data.

The invention relates to a management method and device of an edge service server and a service data processing method and device. The management method of the edge service server comprises the following steps: receiving a management and control instruction from a management server; reading a management and control destination address of a management and control instruction data packet carried bythe management and control instruction, and reading an edge data network management and control destination address corresponding to the management and control destination address from a preset address conversion record; replacing the management and control destination address with an edge data network management and control destination address to obtain an updated management and control instruction; sending the updated management and control instruction to an edge access proxy server through a data tunnel, wherein the updated management and control instruction is used for indicating the edgeaccess proxy server to forward the management and control instruction data packet to the edge service server. According to the method, the management server of the central data network can remotely control the service server in the edge data network, and the working mode that the edge service server actively monitors the control instruction from the management server can be met.

The invention discloses a building security system based on a cloud platform. The system includes a control unit. The signal output end of the control unit is in signal connection with a communication module, and the communication module is in signal connection with a cloud server. The cloud server is in signal connection with a monitoring center and a mobile terminal. The output end of the control unit is electrically connected with a security module through a wire. The input end of the control unit is electrically connected with a sensing module through a wire. The storage end of the control unit is electrically connected with a storage module through a wire. The power input end of the control unit is electrically connected with a power supply module through a wire. The control unit is further electrically connected with an operation module. The building security system has the advantages of simple and reasonable structure design, convenient operation, and effective building control and management. The building security system can be managed or monitored online through the mobile terminal to ensure the using safety of the security system. Moreover, the building security system has diverse functions, is safe and stable, has a wide application range, and is easy to promote and popularize.

The invention provides an intelligent epidemic prevention system, which comprises a temperature measurement mobile station and an epidemic prevention control system, and is characterized in that the epidemic prevention control system comprises a real-time temperature measurement unit, a face tracking detection unit, an automatic induction disinfection unit, a data analysis unit, a terminal monitoring management unit and a safety alarm unit; the face tracking detection unit is used for identifying and detecting whether a person wears a mask or not; the automatic induction disinfection unit is used for carrying out induction disinfection on an entering detection person; the data analysis unit is used for analyzing whether the temperature is lower than a standard threshold value or not and receiving a data result of whether a mask is worn or not; the terminal monitoring management unit is used for recording and querying the flow and alarm data of detection personnel and outputting a detection data curve. The intelligent body temperature detection and disinfection system is high in intelligent degree; body temperature detection and disinfection under the non-contact detection conditionare greatly facilitated; the safety is high; and centralized remote control is facilitated.

The invention belongs to the technical field of intelligent road Internet of Things, and particularly relates to an intelligent road edge computing gateway-based vehicle detection system, which comprises: a remote management and control unit for remotely configuring equipment parameters of edge computing gateway node equipment and controlling the operation mode of the equipment, providing line-drawing zoning and lane-dividing operations for a vehicle detection system, analyzing configuration information and line-drawing parameters on a webpage, and writing the configuration information and theline-drawing parameters into the configuration file of the edge computing gateway node equipment; a video processing unit for accessing and storing local video stream data in real time and carrying out image processing on the video by adopting a video structured processing flow, a pre-trained neural network model and an optimized target tracking method; a vehicle detection unit for judging lane division and direction division of the vehicle according to a preset lane division and direction division algorithm of the vehicle; and an information publishing unit for carrying out structural designand security encryption processing on various vehicle information detected in real time and safely uploading the data to a cloud platform.

Multi-sensor Internet of Things resource adaptive deployment management and control middleware is designed and constructed, and data dynamic decision is made based on environment close calculation; middleware is designed to realize fusion access deployment of various wireless communication network nodes; through virtualization of attributes and processing of sensor nodes in a sensing network, a virtual sensor abstract pool is formed in a middleware platform, and implementation details of heterogeneous sensing nodes and a communication protocol are shielded; according to the design, a real-time dynamic management and control message publishing and subscribing process of an application end in the aspects of node resource discovery and deletion, node running state monitoring, node working modes and the like is realized, and end-to-end interaction between a sensor node and the application end is realized; data filtering and calculation are added in the middleware, interconnection and intercommunication between different devices of the sensor network are achieved, the problem that heterogeneous network information nodes are difficult to fuse and transmit is solved, sensing layer devices and data types are more diversified, and the requirements of various industries in the future are better met.

The invention discloses a remote management and control system and method for a multi-channel heterogeneous radio station. The remote management and control system comprises a controlled radio stationgroup, a radio station main frame and a management and control server, the radio station main frame is connected with each controlled radio station through a PCIE interface and is connected with thecontrol server through a network. The management and control server sends a management and control instruction and receives instruction execution information to each radio station through the radio station main frame; the main frame forwards data in a centered mode and inquires the operation state of each controlled radio station regularly through a polling module, and the management and control server calls the corresponding management and control plug-in through the radio station identification number to output instruction messages and display instruction execution information. According tothe invention, unified platform and style management and control operation can be realized for a plurality of heterogeneous radio stations, inadaptability in operation of the plurality of radio stations is eliminated, one person can control the plurality of radio stations, and spread spectrum and acceleration are realized by comprehensively using the radio stations of various types, so that complex and changeable scene applications are met.

The invention discloses a multimedia display device for computer research and development. The multimedia display device comprises a shell, wherein four groups of universal wheels are symmetrically mounted at the bottom corners of the shell; the rear end of the top of the shell is hinged with an end cover through a hinge; a mounting seat is mounted at the top end of the front surface of the shell;a projector body is movably mounted at the top of the mounting seat; a spotlight body is embedded into the front end of the bottom of the end cover; an electric cylinder body is fixedly mounted at the internal bottom end of the shell; the top of the electric cylinder body is fixedly connected with a clamping device for placing a product; an air pump subassembly and a wiring box are respectively mounted on two sides of the bottom of the clamping device; a computer host is fixedly mounted on one side in the shell; a wireless communicator connected with the computer host in a signaling manner isembedded into one side of the front surface of the shell. The multimedia display device is simple and reasonable in structural design and convenient to operate, move and adjust; by various modes fordisplaying, the multimedia display device is good in display effect, safe, stable, wide in application range and favorable for being promoted and popularized.

The invention relates to an equipment state acquisition method based on a power consumption information acquisition system. A master station, a concentrator and a remote control and remote communication positioning module are included; various remote communication interfaces of the concentrator are respectively connected to a remote control and remote communication positioning module; the alarm output end of the remote control and remote communication positioning module is connected with the remote communication end of the concentrator; the remote control and remote communication positioning module comprises multiple remote communication interfaces and multiple remote control interfaces; and various remote communication interfaces and remote control interfaces are respectively connected toa switch. The acquisition method comprises the steps of: periodically acquiring the remote communication input state of the remote communication interfaces, when the switch state is changed, detecting that remote communication is deflected by the remote control and remote communication positioning module, uploading switching information to the concentrator according to the mode set by the system,and sending to the master station by the concentrator. According to the method in the invention, the remote communication interfaces and the remote control interfaces are expanded through the remotecontrol and remote communication positioning module; the fact that various equipment switches are accessed to the master station in a unified manner is realized; the switch state can be obtained in real time; and furthermore, the equipment switches also can be remotely controlled.

The invention discloses a transformer area light storage and charging cloud side collaboration method and system, and the method comprises the steps: obtaining real-time operation data, processing abnormal data, and storing the data; performing voltage sensitivity analysis calculation on each node of the transformer area by combining the transformer area topological data; according to the calculation result, the correlation coefficient of the voltage offset of each node in the energy internet gateway and the injection power is updated in real time, and the abnormal correlation coefficient is identified and eliminated; the compensation tasks of the nodes near the downstream of the compensation nodes are jointly undertaken by the compensation nodes, and the compensation capacity of the compensation points giving consideration to the compensation effect of the downstream nodes is obtained; issuing the execution task, and returning and evaluating an execution result. The method can play advantages in the fields of long-term maintenance, business decision support and the like, can process and analyze the light storage and charging control in a real-time and short-period manner, realizes the light storage and charging control taking the electric energy quality and the photovoltaic absorption as core targets in the transformer area, optimizes the utilization of light storage and charging resources, and realizes the electric energy quality optimization of the transformer area, the efficient photovoltaic absorption and peak load shifting.

The invention discloses an oil level detection method, which is based on computer vision and comprises the following steps of: acquiring an oil level observation port image; preprocessing the image, selecting a region of interest to mark an oil level transparent region, reducing image noise edges, and obtaining an observation port edge contour and an oil level surface; performing regular image detection: setting a radius range of an oil level observation port, and filtering invalid data to obtain a radius and a circle center coordinate of a circle where the oil level observation port is located; drawing an oil level line, calculating the slope of a straight line where the oil level line is located, and calculating the intersection of the straight line and a circle; and calculating to obtain a percentage of converting the distance from the circle center to the straight line into oil. The invention further discloses an oil level detection system. The oil level monitoring system can be used for monitoring the oil level in real time, can automatically monitor the oil level information of the compressor, can reflect and record the oil level information more accurately and timely, can reduce the consumption of human resources, and improves the safety of oil level detection.

The invention relates to the technical field of seals, in particular to a remotely-controlled portable intelligent seal machine system. The system comprises a seal face, a driving shell for driving the seal face to move downwards and a guide rail for turning over the seal face when the driving shell drives the seal face to move downwards, a locking device used for locking the driving shell and a controller used for controlling the locking device to be started and shut down are arranged in the driving shell, a remote control system is further included, and comprises an application module, a checking module, a transmission module, a wireless transmission system, and a monitoring module which are arranged on a mobile communication device, carrying is convenient, during going out with carrying, seal frequency and remote management and control over a seal person can be achieved, the power consumption is low, use time is long, personal going-out cost is reduced, the seal efficiency is improved, and the seal risk is reduced.

The invention provides an infrared array temperature control method and device. The method comprises the steps of: acquiring target region temperature data in real time based on an infrared array probe, analyzing the target region temperature data information to form message information, and transmitting the message information to a cloud platform; based on cloud platform big data and artificial intelligence and typed scene analysis, dynamically judging the normal temperature state in the target region, thus realizing fault prediction of the target region. According to the invention, intelligent and remote management and control, intelligent analysis and fault prediction of a fire-fighting area can be realized, so that the purposes of intelligent fire fighting and normalized and digital emergency guarantee are realized.

The invention relates to an intelligent optical fiber vibration anti-intrusion early warning method and system. The method comprises the steps of (S1) performing photoelectric conversion on an opticalsignal returned by a sensor, (S2) performing pattern matching on a converted digital signal, (S3) performing data processing according to the selected mode and checking whether an intrusion conditionis satisfied, and (S4) performing linkage alarm if the intrusion condition is satisfied. According to the invention, the optical fiber vibration anti-intrusion early warning is achieved, when external disturbance exists, the early warning can be effectively performed, the degree of automation is high, and the false alarm rate is low. When the intrusion condition is satisfied, the linkage alarm isperformed, the multiple modes of simultaneous alarms are achieved by TCP alarm message push, UDP alarm message push and short message push, the shortcomings of the single alarm mode are compensated,the omission of staff information reception is prevented in alarm, therefore, the reliability of system work is effectively ensured, and the probability of failures is reduced.

The invention relates to a cloud platform-based power pointer type instrument test equipment management and control system and method, and belongs to the technical field of power pointer type instrument test equipment management and control. The system comprises an electromagnetic door lock, a relay connected with the electromagnetic door lock, a palmprint machine mounted at an outer doorway of awarehouse, an information input module, an RFID tag fixed on electric pointer type instrument test equipment, an RFID reader-writer, a warehouse server, a background server, an encryption positioningtransmission device mounted in the power pointer type instrument testing equipment or on the surface of the power pointer type instrument testing equipment, and a mobile terminal. Personnel identification and equipment warehouse-in and warehouse-out management are realized through combined work of the palmprint machine, an entrance guard and an RFID card reader, and equipment users and use time are clearly obtained. The encryption positioning transmission device is adopted to encrypt a measurement result data and position the equipment; through the background server, a series of control over testing and preparing of the electric pointer type instrument testing equipment is achieved, and the problems that existing electric pointer type instrument testing equipment is prone to being lost andsubmitted for inspection overdue and the like are solved.

The invention discloses a posture correction belt control method. The method comprises the following steps: enabling a posture correction belt to receive target posture correction data sent by posture correction management equipment; executing a posture correction operation according to the target posture correction data, and obtaining operation data of the posture correction belt and posture correction data of a posture correction belt wearer; and transmitting the operation data and the posture correction data from the posture correction belt to a cloud end so as to realize remote control of the posture correction belt through the cloud end. The invention further discloses a posture correction belt control system and a readable storage medium. The operation data of the posture correction belt and the posture correction data of the posture correction belt wearer are transmitted to the cloud end from the posture correction belt, so that remote control of the posture correction belt can be realized through the cloud end, and the posture correction effect can be improved.

The invention provides an intelligent seal credible verification platform and method based on a block chain, and the platform is applied to the intelligent seal credible verification platform based on the block chain, and comprises the steps: obtaining a first seal application sent by a first intelligent seal; returning an approval result made according to the first seal application and the first approval process; sending first authorization information to the first intelligent seal; sending the stamped file to a second intelligent seal, and acquiring the information of completing the stamping, and uploading the information to the block chain; obtaining a verification request sent by a second intelligent seal; acquiring a second seal application sent by a second intelligent seal; returning an examination and approval result made according to the second seal application and the second examination and approval process; sending second authorization information to the second intelligent seal; and sending the stamped file to the first intelligent seal, and acquiring the information of completing the stamping, and uploading the information to the block chain. According to the method, a block chain technology is used as a trusted link guarantee, during multi-party cooperation of the seal, a whole-process trusted evidence storage is provided, and the problem of ditrust of multi-party cooperation is solved.

The invention discloses a water taking system. The water taking system comprises a water pump room and a central control system, wherein the water pump room comprises a wall body, wherein a water pump, a control device and a first MSTP communication module are arranged in the wall body, and the first MSTP communication module is in wired connection with the control device; and the central control system comprises a control device and a second MSTP communication module, the control device is in wired communication connection with the second MSTP communication module, and the first MSTP communication module is in wireless communication connection with the second MSTP communication module. According to the technical scheme, the safety of data transmission in the remote control process of the water pump room is improved.

The invention relates to the technical field of garden landscape combination, and discloses a garden landscape combined type three-dimensional greening intelligent system. The garden landscape combined type three-dimensional greening intelligent system comprises a control center system, the control center system is used for processing all data of an intelligent irrigation terminal and an intelligent light terminal and storing the processed data, and the control center system is connected with a management terminal through wireless connection. According to the garden landscape combined type three-dimensional greening intelligent system, the water consumption can be optimized according to the types of plants and soil and the illumination quantity, and the humidity of the soil can be monitored after raining; compared with a traditional irrigation method, water can be saved by 16%-30%, and more water resources are saved; and interaction between lamplight of the whole garden landscape and people is achieved, extraordinary interactive experience feeling is brought to people, the stereoscopic property of the whole garden landscape is improved, remote management and control are achieved, the workload of managers is reduced, and the requirement for modern management is met.

The invention provides a computer network data monitoring method and device, and the method comprises the steps: judging whether an application program is located in a network monitoring list or not when the access operation of a user to the application program in a computer is detected; when it is determined that the application program is located in a network monitoring list, obtaining network monitoring parameters in the running process of the application program, wherein the network monitoring parameters comprise network SSID, occupied flow, data transmission rate and virus or Trojan alarminformation; obtaining identity information of the user; and generating a network monitoring data table according to the identity information and the network monitoring parameters. Through the technical scheme of the invention, effective network data monitoring can be formed, and the safety of the application program in the use process is ensured.

The embodiment of the invention discloses a three-dimensional visual power transmission line management and control method, and the method comprises the steps: obtaining the position information of a target region, obtaining the management and control scene information, and planning an information collection route according to the position information and the management and control scene information; driving the target unmanned aerial vehicle to fly along the information acquisition route, acquiring target acquisition three-dimensional data, and constructing a three-dimensional visual model according to the target acquisition three-dimensional data; acquiring a display instruction input by a user, wherein the display instruction comprises a display view angle and display content, and the three-dimensional visual model is displayed according to the display instruction; and obtaining a screenshot instruction input by the user, obtaining a current visual angle image of the current three-dimensional visual model, performing image recognition on the current visual angle image according to the screenshot instruction to obtain a recognition result, and labeling the current visual angle image according to the recognition result. The invention also provides a three-dimensional visual power transmission line management and control system, an intelligent terminal and a medium. The working efficiency can be effectively improved.

Embodiments of the present invention provide an optical module, a management and control information processing method, and a communication system. The optical module includes: a clock recovery unit, an optical transmitting unit, an optical receiving unit, and a micro-control unit. The optical module also includes: a logic processing unit; a logic processing unit The unit is used to add the first control information to the first service information, the first service information is the service information sent by the optical module to the peer optical module, and obtain the second control information from the second service information, the second service information It is the service information sent from the peer optical module to the optical module. In the embodiment of the present invention, a logic processing unit is added to the optical module, and through the interaction between the logic processing unit and the micro-control unit, the function of adding management and control information to business information and extracting management and control information from business information is realized, so that the optical The module can not only send management and control information to the peer optical module, but also obtain management and control information from the peer optical module to realize remote management and control of the optical module.

The invention discloses a distribution transformer terminal system capable of being automatically put into operation on site and an application method thereof, the distribution transformer terminal system comprises a master station, an intelligent distribution transformer terminal, a software simulator, a protocol simulator and a tested device, and the master station and the tested device are connected through the intelligent distribution transformer terminal; the software simulator is connected with the intelligent distribution transformer terminal and inputs set simulation electric quantity to the intelligent distribution transformer terminal; the protocol simulator is connected with the intelligent distribution transformer terminal, and after the software simulator inputs set simulation electric quantity to the intelligent distribution transformer terminal, the parameter quantity collected by the intelligent distribution transformer terminal from each tested device is read. According to the system, plug-and-play access of massive terminals can be realized, field configuration of professionals is not needed, and manpower, material resources and financial resources are saved.

The invention discloses a multi-dimensional multifunction guide rail robot based on web page, and aims at providing the guide rail robot effectively combining storage and a robot technology. Accordingto the technical scheme, the robot comprises a cargo conveying belt, a robot guide rail, a servo motor, and a robot main box body. Vertical moving guide rails are fixedly connected to the two ends ofthe robot guide rail, horizontal moving guide rails perpendicular to the vertical moving guide rails are mounted on the bottoms of the vertical moving guide rails, the vertical moving guide rails areslidingly connected to the horizontal moving guide rails, the cargo conveying belt is placed on the inner sides of the horizontal moving guide rails, the robot main box body is mounted on the bottomof the robot guide rail, the servo motor is mounted on one side of the robot main box body, the robot main body is provided with first robotic arms along the two ends of the robot guide rail, second robotic arms are mounted on the first robotic arms, third robotic arms are mounted on the ends, away from the first robotic arms, of the second robotic arms, and fourth robotic arms are mounted on theends, away from the second robotic arms, of the third robotic arms.